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Process Safety in Engineering and Operations
Rating: 4.1 out of 5(46 ratings)
272 students

Process Safety in Engineering and Operations

Steps to Risk Management
Last updated 5/2021
English

What you'll learn

  • Process Safety for Engineering Discipline. Inherent Safety
  • Plant Layout
  • Protective System
  • Bowtie diagram in Process Safety Management
  • Process Safety for Operational Discipline
  • Process Safety Performance

Course content

2 sections6 lectures54m total length
  • Inherently Safer Design7:56

    In the 1st lecture of Process Safety perspectives in Engineering, you will learn about:

    • ISD (Inherently Safer Design) philosophy

    • 4 key principles of ISD

  • Bowtie Diagram6:36

    Even if you don’t know how to tie a tie, you have to have information about bowtie as an engineer. This lesson teaches you:

    • Theory behind Bowtie diagram. Swiss cheese model

    • What Bowtie diagram is

    • Example related to Bowtie diagram

  • Protective Systems6:51

    Haven’t you watched our first 2 lectures yet? In this lecture we will quickly review them and will talk about:

    • Process Control and control hazards

    • Common control issues

    • Prevent, Control, and Mitigation Systems

  • Plant Layout5:43

    Plant Layout is an important and critical aspect of chemical process industries operations, but it is rarely taught as a unit of chemical engineering courses. We covered valuable information in this lesson for you! Click, watch the video and enjoy the lesson covering:

    • Optimization of Plant layout using SLP (safety and loss prevention)

    • Plant Layout consideration

Requirements

  • There is no strict requirement for this course

Description

Process Safety in Engineering and Operations training course aims to deliver comprehensive information about core elements of the Process Safety discipline in engineering and operations by focusing on the risk management process. The course takers can directly get into the risk management process and comprehend the necessary steps to define risk within the practical sessions by reaching out to the following topics:

  • Inherently Safer Design as a part of Process Safety in Engineering;

  • Bowtie Diagram as a part of Process Safety in Engineering;

  • Protective Systems as a part of Process Safety in Engineering;

  • Plant Layout as a part of Process Safety in Engineering;

  • Introduction to Safety in Operations as a part of Process Safety in Operations;

  • Process Safety Performance as a part of Process Safety in Operations

What you like to have an introductory information about the Process Safety in Engineering and Operations? Here it is:

Process Safety is defined as “a discipline that focuses on the prevention of fires, explosions, and accidental chemical releases at chemical process facilities”. So it is a disciplined framework for managing the integrity of operating systems and processes that handle hazardous substances. It relies on good design principles, engineering, and operating and maintenance practices. It deals with the prevention and control of events that have the potential to release hazardous materials and energy. Such events don’t only happen at chemical facilities, they occur in refineries, offshore drilling facilities, petrochemical plants, solids handling facilities, water treatment plants, ammonia refrigeration plants, off-shore operations, etc.

Process safety in Design Engineering means:

  • Prevention and mitigation of incidents

  • Identifying Safety-critical equipment and linking them to performance standards

  • Compliance with applicable standards

  • properly design, procure, build, install and test

  • Hand over safe facilities

Who this course is for:

  • Chemical Engineers
  • Lead Operators
  • Mechanical and Reliability Engineers
  • Manufacturing Engineers
  • Chemists
  • Instrumentation and Automation Engineers